What Chemicals are Used to Make THC-O Acetate?

What Chemicals are Used to Make THC-O Acetate?

A lot of people want to learn how to make THC-O acetate. This is a powerful chemical that we can get from cannabis and a relative of popular THC.

During years of studies and agricultural experiments, we've constantly tried to find a more potent version of cannabis. Growers have tried numerous methods in order to improve the expression of cannabinoids.

As a result, they managed to create certain cannabis strains with enormous THC concentrations. Nowadays, companies are able to utilize advanced processes to get the purest THC extracts. One of the best examples is THCa crystalline that has approximately 99.9% purity.

How do you make THC-O acetate?

Nowadays, companies utilize various lab procedures to create pharmaceutical-grade extracts. You can get terpenes and cannabinoids isolates and distillates with little to no effort.

In fact, the procedures have become so simple that they don't differ from essential oil extraction. All you need is to do is perform ethanol extraction by using one of the numerous chemicals sold within the Simple Solvents store.

Keep in mind that while certain extracts will be categorized as organic and natural, most companies will take additional steps in order to further purify these substances and get even more potent products.

THC-O-acetate, or simply A-THC, is a chemical compound that will provide even stronger, even more, pronounced psychedelic effects compared to the regular THC. In fact, according to the preliminary data, the substance is 2 or 3 times more potent than the traditional THC.

Unfortunately, the process that would create the substance is regarded as very dangerous, even if you take all the precautionary measures. In order to create A-THC, you would need to utilize caustic chemicals.

THC-O-Acetate history

Although A-THC sounds like a brand new chemical created by an advanced process, it isn’t actually so. In fact, the substance was present for several decades, and the US government knew everything about its existence.

About 70 years ago, the US military started performing experiments with THC acetate. They would take dogs and administer the substance in order to see whether the animals would gain additional strength and aggression in military situations.

This is the first attempt at weaponizing cannabis substances. Based on the data, the chemical was so strong that it impaired dogs’ muscles from functioning properly.

In 1978, there was another interesting instance in Florida that involved the chemical. Within a personal household, a cannabis enthusiast tried to replicate the extraction process in order to get A-THC. Besides this separate incident, there weren't many civilian attempts to replicate the drug.

As you can guess, this version of THC is as illegal as all others. The substance cannot be used as a medicine, and you will get penalized if you get caught with it.

THC-O-Acetate in foreign countries

Aside from the US, some other countries tried experimenting with the substance.

There were situations in the UK and New Zealand in which individuals tried creating these substances. In both cases, the substance was prohibited as soon as the government found about these secluded labs.

How do we get THC-O?

Obviously, this is not a natural, organic cannabinoid. This makes the potential production of A-THC a problem for both cannabis enthusiasts and governments.

You should never try creating this chemical at home. The procedure is almost impossible as it would require an enormous equipment expenditure. Otherwise, there is a good chance that the process will become dangerous.

All the cannabinoids within the cannabis plant are in their acidic form. Only when you perform a process of decarboxylation (degradation of plant material due to heat) can you turn THCA into THC. By adding two new chemicals to the mix, acetic anhydride, and sulfuric acid, you can create A-THC.

It is worth noting that sulfuric acid is a very corrosive substance. That makes it very volatile and hard to handle. Acetic anhydride also has some corrosive properties, on top of being explosive and flammable.

A-THC as a cannabis product

Given that this substance is several times stronger than the regular THC, it will leave a strong impression on the user. The chemical is almost paralyzing, and the military was examining it as a potential war drug.

When you create the A-THC isolate, all other cannabinoids and terpenes will be removed from the equation. You won't feel any aroma or flavor. Instead, you will have a tick, brown oil at your disposal.

THC-O-acetate is very similar to cannabis edibles. It takes a lot of time for the body to process the substance, so you might wait 30 to 60 minutes to feel the first effects.

Although it takes longer for the user to feel the impact, these effects will also be long-lasting. A person might feel psychoactive effects for 6 to 8 hours.

When our bodies turn the substance into acetate, the organism is forced to de-acetate. In other words, it will have to process the initial chemical before the chemical is processed once again so that we can feel psychoactive effects.

The potential of A-THC

At this point, this is a relatively unexplored synthetic cannabinoid. Due to its strong effects, it is unlikely that it will be sold in the near future. Even in the states where recreational marijuana is legal, this product would be too strong for consumers.

Here are a few benefits connected to A-THC:
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• This substance is water-soluble. In other words, our body will be able to utilize a higher percentage of the chemical compared to some other cannabis chemicals.
• Of course, the main reason why you would use A-THC instead of traditional recreational marijuana is because of its enormous potency. Furthermore, this increased strength might be important for medical treatments.
• In theory, A-THC might provide better results for certain ailments than the regular THC.

If you wish to get the most out of this substance, it is very important to extract it in a safe environment. Utilizing high-quality solvents such as pure ethanol might also help. Nevertheless, we suggest that you don’t try anything by yourself.